ssfa2 cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis)

Gene
Clones
gRNAs

Summary

Gene Symbol	ssfa2
Entrez Gene ID	110957572
Full Name	sperm specific antigen 2
Gene Type	protein-coding
Organism	Acanthochromis polyacanthus(spiny chromis)

mRNA and Protein(s)

mRNA	Protein	Name
XM_022203632.1	XP_022059324.1	sperm-specific antigen 2 isoform X1
XM_022203633.1	XP_022059325.1	sperm-specific antigen 2 isoform X2

Pathways from BioSystems
Gene Ontology

The following ssfa2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ssfa2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAc199697	XM_022203632.1 Latest version!	Acanthochromis polyacanthus sperm specific antigen 2 (ssfa2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$797.30 $1139.00
OAc199698	XM_022203633.1 Latest version!	Acanthochromis polyacanthus sperm specific antigen 2 (ssfa2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$713.30 $1019.00

ORF Online Only Promotion

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

ssfa2 ( XM_022203632.1 ) cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis) -> XP_022059324.1 Acanthochromis polyacanthus sperm specific antigen 2 (ssfa2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAc199697
Clone ID Related Accession (Same CDS sequence)	XM_022203632.1
Accession Version	XM_022203632.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4026bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-08-06
Organism	Acanthochromis polyacanthus(spiny chromis)
Product	sperm-specific antigen 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019029660.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acanthochromis polyacanthus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGACTG GAGCTCTGGG AATGGAAACC AGCGCCGCTA CAGATCCCAG ATTGGAGTCG 
ATGAGCATGG CCTGTGTGCG GCGGCGGGCC TGGGCCCAGA GCAAAGACTC CGTCTGGCAG 
GAGTCAAAAC CAGGGGACTG TGGCCCTCAG GGGCCCCAAC AGACCCAGAC TAATGGGAAC 
ACACAGAGAC CATCAGAGGA ACCAGGGCAA GTTCCCAACA AGATCACCAA CTGGCTGAGT 
GAATGCAGGA CGCCCCTCGG AGCCTCTCTA GATGATCAGA GTGCTTCTCC CAGTAAAGGA 
GCGCTGAGGA ACGGCTGCAG CTTTGAAGAT GACCTTTCAC TGGGAGCTGA AGCCAACCAT 
CTTCAGTCCA GCAACAACAA AACTGAATCC TGTTTTGGTC TGGCGGCGGA TCAGAAGAGG 
AGTCAGTACA AGGAGAGGGG GAGAAGTATG AACTCGACAG GATCGGGGAA GAGCAGCACC 
GTTTCCAGTG TGTCGGAGCT GCTGGACCTG TACGAGGAAG ATCCTGAGGA GATTCTGCTG 
AATCTCGGTT TTGGTCGAGA AGAGCCCGAC TTGTCCTCGA AGATTCCCTC CAGGTTCTTC 
AACAGCACGT CTTCAGCGCG AGGCATCGAC ATCAAGGTTT ACCTGGGAGC TCAGCTGCAG 
CGCATGGAAC TGGAGAACCC CAACTACGCC CTGACCAGTC GTTTCCGTCA GATCGAGGTC 
CTGACGACAG TCGCTAACGA GTTCTTCCAG CTCTACAGTC AGGTTTCCGG ACAGCCGGTC 
CAACGCATCA GCTCCAAAGA CCTTGGAGGA GACGGAGGAG AAGGAGGCGG AGCAGGAAGT 
GCCAGTGAAC AGACACCTCC TCAGAAGAAG AGCAGGTCGG CCGTTAACGT CGCCAAGCAG 
CTCCTGAAAA AGAGCATCAG CAAACACAAC CTGCTGGCGG CTTCGCCCGA GTCGCCTGAA 
GGTCAGATGA GCAACCAGCA GCTGAACGGA CACGCAACCG CCTCCGATCA CACACACACC 
AACGGACACG CATACGCCGG CACGGATCAG GACGGCTGCA GCGCCACCTC CGGCCACCAG 
GTGGAGACGG TCATCCAGAA GCACACGCGC AAAAAAGACA ACTGTTCCCT GGCGACGGTT 
ACCGAGGAAA CCAACGGCGA CGGAGAGTCG GATCGGTTGA CAGACAACAG TCCTGACCAG 
AGCAGCACCA GACCAGAACC AGACTCAGCT GACCTTCAGT CAACCAATCA GAGAACAGAA 
GAGGAGGGAG GTCAGGAGGT GAAAGAGGAG AACAACCTGA CCTCCACTCC AGATAAAGCT 
CCTGCTAGCC TGACCCCGCC TCAGCTGGCC CAGCTTCGCT CAGAAAACGC CGACTCTTTC 
GACATGGAGG AGATTCAAAG CAACGAAGAT GAGTCGCAGT CCAGAACGTC CAGAGCCACT 
GACCTGCTGA GGACAGTCAG CCAGCAGTCA GACAGCAGCG GTTTTGCTGA AGAGCCGTCG 
GCCGACTCCA ACACCAACCT AAAGGTGCAG GACAGCAGTG ACAGCTGTGA CAGCGAGACC 
ACTGTGACAT CACATCCTTC ACAAGACGTG GCCACGCCCC TCGCAATGGA CCAGCCAGCG 
TTTGATCTAC CAGATGGCAG AGAGGAAGGG GCGGGGCCTG TTGCTGCTGT CGAGGCTGAT 
AGGAGTTGTA TTTCCAGAGA AGAAGATGCA GCAGGAAGTC CAGAGCCGGT TCCTCAGTAC 
ACGGCTCACC ATCTCCCACG AAGCCAACCA ATGGGAGCGC AGCAGGAGGA GACCCAGGAC 
GAGGAGGAAG TGAAGTTTAG TGACCGGACT GATCCAGAAC CAGAACAAGA GACTACCCAG 
AGCATATCCA CTGTTGAATC AGAACCACTA CCACAATTAG AAAACGTGCA GAATGTGTTT 
GTTTCAGAAC AAGAACCACA ACCAGCCGAG GCCGCCGCAG ACACAGGTCC ACCCACAGAG 
GGAGCAGAGA GCGTTGAGGT CCAAGCAGAA GCTCCGTTCT CGGATGATTC TGCTTCACTT 
CGTCCTCCTG CTCCGTCGTC TCCGCTTCAG AGCGCTCTGA ACCGAGCCAA GCAGCAGCAG 
CTGAACCGGG TGGGTTCCCA GAGCAACACG ACGTCCCAAA CTTCAGCAGG AAGACGAAGT 
TTCATCCCCC TGCAGAGATC CTCCTCCCTG CCCTCCTCCA TCCTAACGCC CCCCAGCAGA 
GTCGTACCTT CTGTCAGAAT CCAGTTTGGG CGAGGCCAGA CGTCCTACTA CACCCCGCCC 
AAACAACCCA CCAGAGACAC CCGGGAGGAG GAGCAGGAAG AGGAGGAGGA AGGACAAACC 
AACTACCTGT CAACCGTCAC CATAAACCCC GGCTCCCCGT CTGGCTCCAA CAAAAATCCA 
CTTCCTGCCA CCCCACCGAA ACCCTTCCCT CGCCATCTGA TGCGGTCGTC CTATTCGTTA 
CAGAGCTCCA GCCCTCCTCC TGATTGGTCC CCAGGAGGCC ACGCCCAGTC CTGGAGCACC 
CAGAGCGTTC CGGATCTCTC GTCCAATCGG AGGCCACCCA CCCATTTTCC AGCCAATCAA 
CACCAGCAAA GTTGGAACCC GGGGCAGATG ACGTTCCCCA ACCCGTTGGC TCAGTGCTCC 
GACTGCAGCC CAAGCCCCTT CGCCGTAAAC CCTCCACCTC AGAGCTCATC CCCTCTCCAT 
CCGTACGCCA GCCTTCCTAA CCTCCATCAC TACCACCACC ACTCCAGTCT AACCAGCCTC 
CACCAGCCGA ACACCCCTCC AGTCCCTCCA CACGGCAGCA TGTCCAACTT TCACCATCCG 
TCCACCTCCA CAGCTCCTCA TCTTGTCAGT CTGGGTCACT TCCCTCCTGG ATCTCCCACA 
ATGCACCAGC AGGGCTACAA CCATCCGTAT AACCACCAGT TACCTTACAA TGCTGCTCAA 
CATGGCTCGC TGTTTGCCTC ACCCTACCTT GGCTACCACA GCTACAGCAT GAACCCACAC 
ATGCCCTTCC CTCATCCAGT CTCCCAGTAT TCACCTCTGG TCCATGAACA CAGTCTCTAC 
CCAGGACTAG CACCTTCTGC CCCAGGCTTC CTCCACCCGA GGCTTGGAGT TCCTGCTGCT 
AACCTGAGCA GCACCGAGAT GCAGCTGAGG AGGGTTCTGC ATGAGATCAG GGGAACAGTT 
CAGAGTCTGG CTCAGAACCG AGCTGATACT CCAGGTGCAT TCAGTGATCA CAGCGCAGCT 
CTGCCCAGCA ATCAGTCTTT GGCAGAGTTT CAGCAGAAGA GGAGGAATCT GAACTTGTTC 
CGCAGTCAGA TGATGGACCT GGAGCTGTCC ATCCTCCAGC AGCAGGCCGT CGTCTACAAG 
CACCTGAGCC CTGCCGACAG GTTGGAACTG GAGCAGCTGC AGTCTCTGAG ATCAGCCGTC 
AGAGAGGAGT TGCAGGAGTT GGAACAACAG CTGGAGGACC GACTGCTGGA GCTGACACAC 
AACACACAGC ACAGGGGTCT CCGTGTGGAC CGTAGCGTCG ACAGTCTGTC CACCGCCTCT 
GCTCTGAGAG CCATGGAACC GATGTCCGAC CTCCTCAGAG AGCAGCTCTT CCTCCAATCA 
GAGATCAGCT ATGGTGGCCA CGCCCCCTCC ACCGGTCTGT CGTCACGGGC GTCCAGTCCG 
GACGGAGGAG GAGAAGGCGA GCAGAGGGGA GGAATGTACA AAGCATCCAT CAATATCACT 
CCTACCCTCC GTCCTGGACC CAGCAAACAC ACTGAGGAGG AGGAGGAGGA GGAGGAGGAA 
GAGGAGAACA AGGAGGAGGT AGAGAGGGAC AGAGGAGCAG CAGCAGCAGA AGAAGGAGGA 
GGAAGAGGAG GAGAATCACC AGAGGAAGAG GGAGCAGCAG GAGTCAGAGT GGACAACCTG 
CAGCAGCTCA TCAGCGAGAT TCGAAAGAGC GTAGCGCAGG AGGTCCGACG GGAGATCTAC 
AGCGAGCTTC TTGCCGCCGT GTCGCCGCAG CGATCGCCTG TTCCATCCCA GCAACAACCC 
CTGTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_022059324.1
CDS	47..4072
Translation	METGALGMETSAATDPRLESMSMACVRRRAWAQSKDSVWQESKPGDCGPQGPQQTQTNGNTQRPSEEPGQVPNKITNWLSECRTPLGASLDDQSASPSKGALRNGCSFEDDLSLGAEANHLQSSNNKTESCFGLAADQKRSQYKERGRSMNSTGSGKSSTVSSVSELLDLYEEDPEEILLNLGFGREEPDLSSKIPSRFFNSTSSARGIDIKVYLGAQLQRMELENPNYALTSRFRQIEVLTTVANEFFQLYSQVSGQPVQRISSKDLGGDGGEGGGAGSASEQTPPQKKSRSAVNVAKQLLKKSISKHNLLAASPESPEGQMSNQQLNGHATASDHTHTNGHAYAGTDQDGCSATSGHQVETVIQKHTRKKDNCSLATVTEETNGDGESDRLTDNSPDQSSTRPEPDSADLQSTNQRTEEEGGQEVKEENNLTSTPDKAPASLTPPQLAQLRSENADSFDMEEIQSNEDESQSRTSRATDLLRTVSQQSDSSGFAEEPSADSNTNLKVQDSSDSCDSETTVTSHPSQDVATPLAMDQPAFDLPDGREEGAGPVAAVEADRSCISREEDAAGSPEPVPQYTAHHLPRSQPMGAQQEETQDEEEVKFSDRTDPEPEQETTQSISTVESEPLPQLENVQNVFVSEQEPQPAEAAADTGPPTEGAESVEVQAEAPFSDDSASLRPPAPSSPLQSALNRAKQQQLNRVGSQSNTTSQTSAGRRSFIPLQRSSSLPSSILTPPSRVVPSVRIQFGRGQTSYYTPPKQPTRDTREEEQEEEEEGQTNYLSTVTINPGSPSGSNKNPLPATPPKPFPRHLMRSSYSLQSSSPPPDWSPGGHAQSWSTQSVPDLSSNRRPPTHFPANQHQQSWNPGQMTFPNPLAQCSDCSPSPFAVNPPPQSSSPLHPYASLPNLHHYHHHSSLTSLHQPNTPPVPPHGSMSNFHHPSTSTAPHLVSLGHFPPGSPTMHQQGYNHPYNHQLPYNAAQHGSLFASPYLGYHSYSMNPHMPFPHPVSQYSPLVHEHSLYPGLAPSAPGFLHPRLGVPAANLSSTEMQLRRVLHEIRGTVQSLAQNRADTPGAFSDHSAALPSNQSLAEFQQKRRNLNLFRSQMMDLELSILQQQAVVYKHLSPADRLELEQLQSLRSAVREELQELEQQLEDRLLELTHNTQHRGLRVDRSVDSLSTASALRAMEPMSDLLREQLFLQSEISYGGHAPSTGLSSRASSPDGGGEGEQRGGMYKASINITPTLRPGPSKHTEEEEEEEEEEENKEEVERDRGAAAAEEGGGRGGESPEEEGAAGVRVDNLQQLISEIRKSVAQEVRREIYSELLAAVSPQRSPVPSQQQPL

Target ORF information:

RefSeq Version	XM_022203632.1
Organism	Acanthochromis polyacanthus(spiny chromis)
Definition	Acanthochromis polyacanthus sperm specific antigen 2 (ssfa2), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_022203632.1

ORF Insert Sequence:

ATGGAGACTG GAGCTCTGGG AATGGAAACC AGCGCCGCTA CAGATCCCAG ATTGGAGTCG 
ATGAGCATGG CCTGTGTGCG GCGGCGGGCC TGGGCCCAGA GCAAAGACTC CGTCTGGCAG 
GAGTCAAAAC CAGGGGACTG TGGCCCTCAG GGGCCCCAAC AGACCCAGAC TAATGGGAAC 
ACACAGAGAC CATCAGAGGA ACCAGGGCAA GTTCCCAACA AGATCACCAA CTGGCTGAGT 
GAATGCAGGA CGCCCCTCGG AGCCTCTCTA GATGATCAGA GTGCTTCTCC CAGTAAAGGA 
GCGCTGAGGA ACGGCTGCAG CTTTGAAGAT GACCTTTCAC TGGGAGCTGA AGCCAACCAT 
CTTCAGTCCA GCAACAACAA AACTGAATCC TGTTTTGGTC TGGCGGCGGA TCAGAAGAGG 
AGTCAGTACA AGGAGAGGGG GAGAAGTATG AACTCGACAG GATCGGGGAA GAGCAGCACC 
GTTTCCAGTG TGTCGGAGCT GCTGGACCTG TACGAGGAAG ATCCTGAGGA GATTCTGCTG 
AATCTCGGTT TTGGTCGAGA AGAGCCCGAC TTGTCCTCGA AGATTCCCTC CAGGTTCTTC 
AACAGCACGT CTTCAGCGCG AGGCATCGAC ATCAAGGTTT ACCTGGGAGC TCAGCTGCAG 
CGCATGGAAC TGGAGAACCC CAACTACGCC CTGACCAGTC GTTTCCGTCA GATCGAGGTC 
CTGACGACAG TCGCTAACGA GTTCTTCCAG CTCTACAGTC AGGTTTCCGG ACAGCCGGTC 
CAACGCATCA GCTCCAAAGA CCTTGGAGGA GACGGAGGAG AAGGAGGCGG AGCAGGAAGT 
GCCAGTGAAC AGACACCTCC TCAGAAGAAG AGCAGGTCGG CCGTTAACGT CGCCAAGCAG 
CTCCTGAAAA AGAGCATCAG CAAACACAAC CTGCTGGCGG CTTCGCCCGA GTCGCCTGAA 
GGTCAGATGA GCAACCAGCA GCTGAACGGA CACGCAACCG CCTCCGATCA CACACACACC 
AACGGACACG CATACGCCGG CACGGATCAG GACGGCTGCA GCGCCACCTC CGGCCACCAG 
GTGGAGACGG TCATCCAGAA GCACACGCGC AAAAAAGACA ACTGTTCCCT GGCGACGGTT 
ACCGAGGAAA CCAACGGCGA CGGAGAGTCG GATCGGTTGA CAGACAACAG TCCTGACCAG 
AGCAGCACCA GACCAGAACC AGACTCAGCT GACCTTCAGT CAACCAATCA GAGAACAGAA 
GAGGAGGGAG GTCAGGAGGT GAAAGAGGAG AACAACCTGA CCTCCACTCC AGATAAAGCT 
CCTGCTAGCC TGACCCCGCC TCAGCTGGCC CAGCTTCGCT CAGAAAACGC CGACTCTTTC 
GACATGGAGG AGATTCAAAG CAACGAAGAT GAGTCGCAGT CCAGAACGTC CAGAGCCACT 
GACCTGCTGA GGACAGTCAG CCAGCAGTCA GACAGCAGCG GTTTTGCTGA AGAGCCGTCG 
GCCGACTCCA ACACCAACCT AAAGGTGCAG GACAGCAGTG ACAGCTGTGA CAGCGAGACC 
ACTGTGACAT CACATCCTTC ACAAGACGTG GCCACGCCCC TCGCAATGGA CCAGCCAGCG 
TTTGATCTAC CAGATGGCAG AGAGGAAGGG GCGGGGCCTG TTGCTGCTGT CGAGGCTGAT 
AGGAGTTGTA TTTCCAGAGA AGAAGATGCA GCAGGAAGTC CAGAGCCGGT TCCTCAGTAC 
ACGGCTCACC ATCTCCCACG AAGCCAACCA ATGGGAGCGC AGCAGGAGGA GACCCAGGAC 
GAGGAGGAAG TGAAGTTTAG TGACCGGACT GATCCAGAAC CAGAACAAGA GACTACCCAG 
AGCATATCCA CTGTTGAATC AGAACCACTA CCACAATTAG AAAACGTGCA GAATGTGTTT 
GTTTCAGAAC AAGAACCACA ACCAGCCGAG GCCGCCGCAG ACACAGGTCC ACCCACAGAG 
GGAGCAGAGA GCGTTGAGGT CCAAGCAGAA GCTCCGTTCT CGGATGATTC TGCTTCACTT 
CGTCCTCCTG CTCCGTCGTC TCCGCTTCAG AGCGCTCTGA ACCGAGCCAA GCAGCAGCAG 
CTGAACCGGG TGGGTTCCCA GAGCAACACG ACGTCCCAAA CTTCAGCAGG AAGACGAAGT 
TTCATCCCCC TGCAGAGATC CTCCTCCCTG CCCTCCTCCA TCCTAACGCC CCCCAGCAGA 
GTCGTACCTT CTGTCAGAAT CCAGTTTGGG CGAGGCCAGA CGTCCTACTA CACCCCGCCC 
AAACAACCCA CCAGAGACAC CCGGGAGGAG GAGCAGGAAG AGGAGGAGGA AGGACAAACC 
AACTACCTGT CAACCGTCAC CATAAACCCC GGCTCCCCGT CTGGCTCCAA CAAAAATCCA 
CTTCCTGCCA CCCCACCGAA ACCCTTCCCT CGCCATCTGA TGCGGTCGTC CTATTCGTTA 
CAGAGCTCCA GCCCTCCTCC TGATTGGTCC CCAGGAGGCC ACGCCCAGTC CTGGAGCACC 
CAGAGCGTTC CGGATCTCTC GTCCAATCGG AGGCCACCCA CCCATTTTCC AGCCAATCAA 
CACCAGCAAA GTTGGAACCC GGGGCAGATG ACGTTCCCCA ACCCGTTGGC TCAGTGCTCC 
GACTGCAGCC CAAGCCCCTT CGCCGTAAAC CCTCCACCTC AGAGCTCATC CCCTCTCCAT 
CCGTACGCCA GCCTTCCTAA CCTCCATCAC TACCACCACC ACTCCAGTCT AACCAGCCTC 
CACCAGCCGA ACACCCCTCC AGTCCCTCCA CACGGCAGCA TGTCCAACTT TCACCATCCG 
TCCACCTCCA CAGCTCCTCA TCTTGTCAGT CTGGGTCACT TCCCTCCTGG ATCTCCCACA 
ATGCACCAGC AGGGCTACAA CCATCCGTAT AACCACCAGT TACCTTACAA TGCTGCTCAA 
CATGGCTCGC TGTTTGCCTC ACCCTACCTT GGCTACCACA GCTACAGCAT GAACCCACAC 
ATGCCCTTCC CTCATCCAGT CTCCCAGTAT TCACCTCTGG TCCATGAACA CAGTCTCTAC 
CCAGGACTAG CACCTTCTGC CCCAGGCTTC CTCCACCCGA GGCTTGGAGT TCCTGCTGCT 
AACCTGAGCA GCACCGAGAT GCAGCTGAGG AGGGTTCTGC ATGAGATCAG GGGAACAGTT 
CAGAGTCTGG CTCAGAACCG AGCTGATACT CCAGGTGCAT TCAGTGATCA CAGCGCAGCT 
CTGCCCAGCA ATCAGTCTTT GGCAGAGTTT CAGCAGAAGA GGAGGAATCT GAACTTGTTC 
CGCAGTCAGA TGATGGACCT GGAGCTGTCC ATCCTCCAGC AGCAGGCCGT CGTCTACAAG 
CACCTGAGCC CTGCCGACAG GTTGGAACTG GAGCAGCTGC AGTCTCTGAG ATCAGCCGTC 
AGAGAGGAGT TGCAGGAGTT GGAACAACAG CTGGAGGACC GACTGCTGGA GCTGACACAC 
AACACACAGC ACAGGGGTCT CCGTGTGGAC CGTAGCGTCG ACAGTCTGTC CACCGCCTCT 
GCTCTGAGAG CCATGGAACC GATGTCCGAC CTCCTCAGAG AGCAGCTCTT CCTCCAATCA 
GAGATCAGCT ATGGTGGCCA CGCCCCCTCC ACCGGTCTGT CGTCACGGGC GTCCAGTCCG 
GACGGAGGAG GAGAAGGCGA GCAGAGGGGA GGAATGTACA AAGCATCCAT CAATATCACT 
CCTACCCTCC GTCCTGGACC CAGCAAACAC ACTGAGGAGG AGGAGGAGGA GGAGGAGGAA 
GAGGAGAACA AGGAGGAGGT AGAGAGGGAC AGAGGAGCAG CAGCAGCAGA AGAAGGAGGA 
GGAAGAGGAG GAGAATCACC AGAGGAAGAG GGAGCAGCAG GAGTCAGAGT GGACAACCTG 
CAGCAGCTCA TCAGCGAGAT TCGAAAGAGC GTAGCGCAGG AGGTCCGACG GGAGATCTAC 
AGCGAGCTTC TTGCCGCCGT GTCGCCGCAG CGATCGCCTG TTCCATCCCA GCAACAACCC 
CTGTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

ssfa2 ( XM_022203633.1 ) cDNA ORF clone, Acanthochromis polyacanthus(spiny chromis) -> XP_022059325.1 Acanthochromis polyacanthus sperm specific antigen 2 (ssfa2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAc199698
Clone ID Related Accession (Same CDS sequence)	XM_022203633.1
Accession Version	XM_022203633.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3579bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-08-06
Organism	Acanthochromis polyacanthus(spiny chromis)
Product	sperm-specific antigen 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_019029660.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Acanthochromis polyacanthus Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACTCGA CAGGATCGGG GAAGAGCAGC ACCGTTTCCA GTGTGTCGGA GCTGCTGGAC 
CTGTACGAGG AAGATCCTGA GGAGATTCTG CTGAATCTCG GTTTTGGTCG AGAAGAGCCC 
GACTTGTCCT CGAAGATTCC CTCCAGGTTC TTCAACAGCA CGTCTTCAGC GCGAGGCATC 
GACATCAAGG TTTACCTGGG AGCTCAGCTG CAGCGCATGG AACTGGAGAA CCCCAACTAC 
GCCCTGACCA GTCGTTTCCG TCAGATCGAG GTCCTGACGA CAGTCGCTAA CGAGTTCTTC 
CAGCTCTACA GTCAGGTTTC CGGACAGCCG GTCCAACGCA TCAGCTCCAA AGACCTTGGA 
GGAGACGGAG GAGAAGGAGG CGGAGCAGGA AGTGCCAGTG AACAGACACC TCCTCAGAAG 
AAGAGCAGGT CGGCCGTTAA CGTCGCCAAG CAGCTCCTGA AAAAGAGCAT CAGCAAACAC 
AACCTGCTGG CGGCTTCGCC CGAGTCGCCT GAAGGTCAGA TGAGCAACCA GCAGCTGAAC 
GGACACGCAA CCGCCTCCGA TCACACACAC ACCAACGGAC ACGCATACGC CGGCACGGAT 
CAGGACGGCT GCAGCGCCAC CTCCGGCCAC CAGGTGGAGA CGGTCATCCA GAAGCACACG 
CGCAAAAAAG ACAACTGTTC CCTGGCGACG GTTACCGAGG AAACCAACGG CGACGGAGAG 
TCGGATCGGT TGACAGACAA CAGTCCTGAC CAGAGCAGCA CCAGACCAGA ACCAGACTCA 
GCTGACCTTC AGTCAACCAA TCAGAGAACA GAAGAGGAGG GAGGTCAGGA GGTGAAAGAG 
GAGAACAACC TGACCTCCAC TCCAGATAAA GCTCCTGCTA GCCTGACCCC GCCTCAGCTG 
GCCCAGCTTC GCTCAGAAAA CGCCGACTCT TTCGACATGG AGGAGATTCA AAGCAACGAA 
GATGAGTCGC AGTCCAGAAC GTCCAGAGCC ACTGACCTGC TGAGGACAGT CAGCCAGCAG 
TCAGACAGCA GCGGTTTTGC TGAAGAGCCG TCGGCCGACT CCAACACCAA CCTAAAGGTG 
CAGGACAGCA GTGACAGCTG TGACAGCGAG ACCACTGTGA CATCACATCC TTCACAAGAC 
GTGGCCACGC CCCTCGCAAT GGACCAGCCA GCGTTTGATC TACCAGATGG CAGAGAGGAA 
GGGGCGGGGC CTGTTGCTGC TGTCGAGGCT GATAGGAGTT GTATTTCCAG AGAAGAAGAT 
GCAGCAGGAA GTCCAGAGCC GGTTCCTCAG TACACGGCTC ACCATCTCCC ACGAAGCCAA 
CCAATGGGAG CGCAGCAGGA GGAGACCCAG GACGAGGAGG AAGTGAAGTT TAGTGACCGG 
ACTGATCCAG AACCAGAACA AGAGACTACC CAGAGCATAT CCACTGTTGA ATCAGAACCA 
CTACCACAAT TAGAAAACGT GCAGAATGTG TTTGTTTCAG AACAAGAACC ACAACCAGCC 
GAGGCCGCCG CAGACACAGG TCCACCCACA GAGGGAGCAG AGAGCGTTGA GGTCCAAGCA 
GAAGCTCCGT TCTCGGATGA TTCTGCTTCA CTTCGTCCTC CTGCTCCGTC GTCTCCGCTT 
CAGAGCGCTC TGAACCGAGC CAAGCAGCAG CAGCTGAACC GGGTGGGTTC CCAGAGCAAC 
ACGACGTCCC AAACTTCAGC AGGAAGACGA AGTTTCATCC CCCTGCAGAG ATCCTCCTCC 
CTGCCCTCCT CCATCCTAAC GCCCCCCAGC AGAGTCGTAC CTTCTGTCAG AATCCAGTTT 
GGGCGAGGCC AGACGTCCTA CTACACCCCG CCCAAACAAC CCACCAGAGA CACCCGGGAG 
GAGGAGCAGG AAGAGGAGGA GGAAGGACAA ACCAACTACC TGTCAACCGT CACCATAAAC 
CCCGGCTCCC CGTCTGGCTC CAACAAAAAT CCACTTCCTG CCACCCCACC GAAACCCTTC 
CCTCGCCATC TGATGCGGTC GTCCTATTCG TTACAGAGCT CCAGCCCTCC TCCTGATTGG 
TCCCCAGGAG GCCACGCCCA GTCCTGGAGC ACCCAGAGCG TTCCGGATCT CTCGTCCAAT 
CGGAGGCCAC CCACCCATTT TCCAGCCAAT CAACACCAGC AAAGTTGGAA CCCGGGGCAG 
ATGACGTTCC CCAACCCGTT GGCTCAGTGC TCCGACTGCA GCCCAAGCCC CTTCGCCGTA 
AACCCTCCAC CTCAGAGCTC ATCCCCTCTC CATCCGTACG CCAGCCTTCC TAACCTCCAT 
CACTACCACC ACCACTCCAG TCTAACCAGC CTCCACCAGC CGAACACCCC TCCAGTCCCT 
CCACACGGCA GCATGTCCAA CTTTCACCAT CCGTCCACCT CCACAGCTCC TCATCTTGTC 
AGTCTGGGTC ACTTCCCTCC TGGATCTCCC ACAATGCACC AGCAGGGCTA CAACCATCCG 
TATAACCACC AGTTACCTTA CAATGCTGCT CAACATGGCT CGCTGTTTGC CTCACCCTAC 
CTTGGCTACC ACAGCTACAG CATGAACCCA CACATGCCCT TCCCTCATCC AGTCTCCCAG 
TATTCACCTC TGGTCCATGA ACACAGTCTC TACCCAGGAC TAGCACCTTC TGCCCCAGGC 
TTCCTCCACC CGAGGCTTGG AGTTCCTGCT GCTAACCTGA GCAGCACCGA GATGCAGCTG 
AGGAGGGTTC TGCATGAGAT CAGGGGAACA GTTCAGAGTC TGGCTCAGAA CCGAGCTGAT 
ACTCCAGGTG CATTCAGTGA TCACAGCGCA GCTCTGCCCA GCAATCAGTC TTTGGCAGAG 
TTTCAGCAGA AGAGGAGGAA TCTGAACTTG TTCCGCAGTC AGATGATGGA CCTGGAGCTG 
TCCATCCTCC AGCAGCAGGC CGTCGTCTAC AAGCACCTGA GCCCTGCCGA CAGGTTGGAA 
CTGGAGCAGC TGCAGTCTCT GAGATCAGCC GTCAGAGAGG AGTTGCAGGA GTTGGAACAA 
CAGCTGGAGG ACCGACTGCT GGAGCTGACA CACAACACAC AGCACAGGGG TCTCCGTGTG 
GACCGTAGCG TCGACAGTCT GTCCACCGCC TCTGCTCTGA GAGCCATGGA ACCGATGTCC 
GACCTCCTCA GAGAGCAGCT CTTCCTCCAA TCAGAGATCA GCTATGGTGG CCACGCCCCC 
TCCACCGGTC TGTCGTCACG GGCGTCCAGT CCGGACGGAG GAGGAGAAGG CGAGCAGAGG 
GGAGGAATGT ACAAAGCATC CATCAATATC ACTCCTACCC TCCGTCCTGG ACCCAGCAAA 
CACACTGAGG AGGAGGAGGA GGAGGAGGAG GAAGAGGAGA ACAAGGAGGA GGTAGAGAGG 
GACAGAGGAG CAGCAGCAGC AGAAGAAGGA GGAGGAAGAG GAGGAGAATC ACCAGAGGAA 
GAGGGAGCAG CAGGAGTCAG AGTGGACAAC CTGCAGCAGC TCATCAGCGA GATTCGAAAG 
AGCGTAGCGC AGGAGGTCCG ACGGGAGATC TACAGCGAGC TTCTTGCCGC CGTGTCGCCG 
CAGCGATCGC CTGTTCCATC CCAGCAACAA CCCCTGTAG

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_022059325.1
CDS	237..3815
Translation	MNSTGSGKSSTVSSVSELLDLYEEDPEEILLNLGFGREEPDLSSKIPSRFFNSTSSARGIDIKVYLGAQLQRMELENPNYALTSRFRQIEVLTTVANEFFQLYSQVSGQPVQRISSKDLGGDGGEGGGAGSASEQTPPQKKSRSAVNVAKQLLKKSISKHNLLAASPESPEGQMSNQQLNGHATASDHTHTNGHAYAGTDQDGCSATSGHQVETVIQKHTRKKDNCSLATVTEETNGDGESDRLTDNSPDQSSTRPEPDSADLQSTNQRTEEEGGQEVKEENNLTSTPDKAPASLTPPQLAQLRSENADSFDMEEIQSNEDESQSRTSRATDLLRTVSQQSDSSGFAEEPSADSNTNLKVQDSSDSCDSETTVTSHPSQDVATPLAMDQPAFDLPDGREEGAGPVAAVEADRSCISREEDAAGSPEPVPQYTAHHLPRSQPMGAQQEETQDEEEVKFSDRTDPEPEQETTQSISTVESEPLPQLENVQNVFVSEQEPQPAEAAADTGPPTEGAESVEVQAEAPFSDDSASLRPPAPSSPLQSALNRAKQQQLNRVGSQSNTTSQTSAGRRSFIPLQRSSSLPSSILTPPSRVVPSVRIQFGRGQTSYYTPPKQPTRDTREEEQEEEEEGQTNYLSTVTINPGSPSGSNKNPLPATPPKPFPRHLMRSSYSLQSSSPPPDWSPGGHAQSWSTQSVPDLSSNRRPPTHFPANQHQQSWNPGQMTFPNPLAQCSDCSPSPFAVNPPPQSSSPLHPYASLPNLHHYHHHSSLTSLHQPNTPPVPPHGSMSNFHHPSTSTAPHLVSLGHFPPGSPTMHQQGYNHPYNHQLPYNAAQHGSLFASPYLGYHSYSMNPHMPFPHPVSQYSPLVHEHSLYPGLAPSAPGFLHPRLGVPAANLSSTEMQLRRVLHEIRGTVQSLAQNRADTPGAFSDHSAALPSNQSLAEFQQKRRNLNLFRSQMMDLELSILQQQAVVYKHLSPADRLELEQLQSLRSAVREELQELEQQLEDRLLELTHNTQHRGLRVDRSVDSLSTASALRAMEPMSDLLREQLFLQSEISYGGHAPSTGLSSRASSPDGGGEGEQRGGMYKASINITPTLRPGPSKHTEEEEEEEEEEENKEEVERDRGAAAAEEGGGRGGESPEEEGAAGVRVDNLQQLISEIRKSVAQEVRREIYSELLAAVSPQRSPVPSQQQPL

Target ORF information:

RefSeq Version	XM_022203633.1
Organism	Acanthochromis polyacanthus(spiny chromis)
Definition	Acanthochromis polyacanthus sperm specific antigen 2 (ssfa2), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_022203633.1

ORF Insert Sequence:

ATGAACTCGA CAGGATCGGG GAAGAGCAGC ACCGTTTCCA GTGTGTCGGA GCTGCTGGAC 
CTGTACGAGG AAGATCCTGA GGAGATTCTG CTGAATCTCG GTTTTGGTCG AGAAGAGCCC 
GACTTGTCCT CGAAGATTCC CTCCAGGTTC TTCAACAGCA CGTCTTCAGC GCGAGGCATC 
GACATCAAGG TTTACCTGGG AGCTCAGCTG CAGCGCATGG AACTGGAGAA CCCCAACTAC 
GCCCTGACCA GTCGTTTCCG TCAGATCGAG GTCCTGACGA CAGTCGCTAA CGAGTTCTTC 
CAGCTCTACA GTCAGGTTTC CGGACAGCCG GTCCAACGCA TCAGCTCCAA AGACCTTGGA 
GGAGACGGAG GAGAAGGAGG CGGAGCAGGA AGTGCCAGTG AACAGACACC TCCTCAGAAG 
AAGAGCAGGT CGGCCGTTAA CGTCGCCAAG CAGCTCCTGA AAAAGAGCAT CAGCAAACAC 
AACCTGCTGG CGGCTTCGCC CGAGTCGCCT GAAGGTCAGA TGAGCAACCA GCAGCTGAAC 
GGACACGCAA CCGCCTCCGA TCACACACAC ACCAACGGAC ACGCATACGC CGGCACGGAT 
CAGGACGGCT GCAGCGCCAC CTCCGGCCAC CAGGTGGAGA CGGTCATCCA GAAGCACACG 
CGCAAAAAAG ACAACTGTTC CCTGGCGACG GTTACCGAGG AAACCAACGG CGACGGAGAG 
TCGGATCGGT TGACAGACAA CAGTCCTGAC CAGAGCAGCA CCAGACCAGA ACCAGACTCA 
GCTGACCTTC AGTCAACCAA TCAGAGAACA GAAGAGGAGG GAGGTCAGGA GGTGAAAGAG 
GAGAACAACC TGACCTCCAC TCCAGATAAA GCTCCTGCTA GCCTGACCCC GCCTCAGCTG 
GCCCAGCTTC GCTCAGAAAA CGCCGACTCT TTCGACATGG AGGAGATTCA AAGCAACGAA 
GATGAGTCGC AGTCCAGAAC GTCCAGAGCC ACTGACCTGC TGAGGACAGT CAGCCAGCAG 
TCAGACAGCA GCGGTTTTGC TGAAGAGCCG TCGGCCGACT CCAACACCAA CCTAAAGGTG 
CAGGACAGCA GTGACAGCTG TGACAGCGAG ACCACTGTGA CATCACATCC TTCACAAGAC 
GTGGCCACGC CCCTCGCAAT GGACCAGCCA GCGTTTGATC TACCAGATGG CAGAGAGGAA 
GGGGCGGGGC CTGTTGCTGC TGTCGAGGCT GATAGGAGTT GTATTTCCAG AGAAGAAGAT 
GCAGCAGGAA GTCCAGAGCC GGTTCCTCAG TACACGGCTC ACCATCTCCC ACGAAGCCAA 
CCAATGGGAG CGCAGCAGGA GGAGACCCAG GACGAGGAGG AAGTGAAGTT TAGTGACCGG 
ACTGATCCAG AACCAGAACA AGAGACTACC CAGAGCATAT CCACTGTTGA ATCAGAACCA 
CTACCACAAT TAGAAAACGT GCAGAATGTG TTTGTTTCAG AACAAGAACC ACAACCAGCC 
GAGGCCGCCG CAGACACAGG TCCACCCACA GAGGGAGCAG AGAGCGTTGA GGTCCAAGCA 
GAAGCTCCGT TCTCGGATGA TTCTGCTTCA CTTCGTCCTC CTGCTCCGTC GTCTCCGCTT 
CAGAGCGCTC TGAACCGAGC CAAGCAGCAG CAGCTGAACC GGGTGGGTTC CCAGAGCAAC 
ACGACGTCCC AAACTTCAGC AGGAAGACGA AGTTTCATCC CCCTGCAGAG ATCCTCCTCC 
CTGCCCTCCT CCATCCTAAC GCCCCCCAGC AGAGTCGTAC CTTCTGTCAG AATCCAGTTT 
GGGCGAGGCC AGACGTCCTA CTACACCCCG CCCAAACAAC CCACCAGAGA CACCCGGGAG 
GAGGAGCAGG AAGAGGAGGA GGAAGGACAA ACCAACTACC TGTCAACCGT CACCATAAAC 
CCCGGCTCCC CGTCTGGCTC CAACAAAAAT CCACTTCCTG CCACCCCACC GAAACCCTTC 
CCTCGCCATC TGATGCGGTC GTCCTATTCG TTACAGAGCT CCAGCCCTCC TCCTGATTGG 
TCCCCAGGAG GCCACGCCCA GTCCTGGAGC ACCCAGAGCG TTCCGGATCT CTCGTCCAAT 
CGGAGGCCAC CCACCCATTT TCCAGCCAAT CAACACCAGC AAAGTTGGAA CCCGGGGCAG 
ATGACGTTCC CCAACCCGTT GGCTCAGTGC TCCGACTGCA GCCCAAGCCC CTTCGCCGTA 
AACCCTCCAC CTCAGAGCTC ATCCCCTCTC CATCCGTACG CCAGCCTTCC TAACCTCCAT 
CACTACCACC ACCACTCCAG TCTAACCAGC CTCCACCAGC CGAACACCCC TCCAGTCCCT 
CCACACGGCA GCATGTCCAA CTTTCACCAT CCGTCCACCT CCACAGCTCC TCATCTTGTC 
AGTCTGGGTC ACTTCCCTCC TGGATCTCCC ACAATGCACC AGCAGGGCTA CAACCATCCG 
TATAACCACC AGTTACCTTA CAATGCTGCT CAACATGGCT CGCTGTTTGC CTCACCCTAC 
CTTGGCTACC ACAGCTACAG CATGAACCCA CACATGCCCT TCCCTCATCC AGTCTCCCAG 
TATTCACCTC TGGTCCATGA ACACAGTCTC TACCCAGGAC TAGCACCTTC TGCCCCAGGC 
TTCCTCCACC CGAGGCTTGG AGTTCCTGCT GCTAACCTGA GCAGCACCGA GATGCAGCTG 
AGGAGGGTTC TGCATGAGAT CAGGGGAACA GTTCAGAGTC TGGCTCAGAA CCGAGCTGAT 
ACTCCAGGTG CATTCAGTGA TCACAGCGCA GCTCTGCCCA GCAATCAGTC TTTGGCAGAG 
TTTCAGCAGA AGAGGAGGAA TCTGAACTTG TTCCGCAGTC AGATGATGGA CCTGGAGCTG 
TCCATCCTCC AGCAGCAGGC CGTCGTCTAC AAGCACCTGA GCCCTGCCGA CAGGTTGGAA 
CTGGAGCAGC TGCAGTCTCT GAGATCAGCC GTCAGAGAGG AGTTGCAGGA GTTGGAACAA 
CAGCTGGAGG ACCGACTGCT GGAGCTGACA CACAACACAC AGCACAGGGG TCTCCGTGTG 
GACCGTAGCG TCGACAGTCT GTCCACCGCC TCTGCTCTGA GAGCCATGGA ACCGATGTCC 
GACCTCCTCA GAGAGCAGCT CTTCCTCCAA TCAGAGATCA GCTATGGTGG CCACGCCCCC 
TCCACCGGTC TGTCGTCACG GGCGTCCAGT CCGGACGGAG GAGGAGAAGG CGAGCAGAGG 
GGAGGAATGT ACAAAGCATC CATCAATATC ACTCCTACCC TCCGTCCTGG ACCCAGCAAA 
CACACTGAGG AGGAGGAGGA GGAGGAGGAG GAAGAGGAGA ACAAGGAGGA GGTAGAGAGG 
GACAGAGGAG CAGCAGCAGC AGAAGAAGGA GGAGGAAGAG GAGGAGAATC ACCAGAGGAA 
GAGGGAGCAG CAGGAGTCAG AGTGGACAAC CTGCAGCAGC TCATCAGCGA GATTCGAAAG 
AGCGTAGCGC AGGAGGTCCG ACGGGAGATC TACAGCGAGC TTCTTGCCGC CGTGTCGCCG 
CAGCGATCGC CTGTTCCATC CCAGCAACAA CCCCTGTAG